Sentences with phrase «rate of magnetic field»

Here, for the first time the response can be attributed to the rate of magnetic field changes.

Not exact matches

A study of real - world exposure to non-ionizing radiation from magnetic fields in pregnant women found a significantly higher rate of miscarriage, providing new evidence regarding their potential health risks.

Exposure to non-ionizing radiation from magnetic fields in pregnant women appears to be linked to a significantly higher rate of miscarriage.

The poles have never completely reversed since, but for the past 160 years, the strength of the magnetic field has been decreasing at an alarming rate.

Here, by carrying out a series of simulations of stellar magnetic fields, Antoine Strugarek and colleagues show that the Sun's magnetic cycle depends on its rotation rate and luminosity.

«We now know that the lack of a protective magnetic field and the differing planetary rotation rates also play a role in ensuring that many of the atmospheric processes we observe on Earth occur at a much faster rate on Venus.

Sensors placed around the outer sphere and inside the sodium were used to map the magnetic field, while ultrasound beams measured the rate of flow of the fluid using the Doppler effect.

An increasing magnetic field would lower the resonant frequencies of the breathing and clockwise rotating modes at different rates, but increase the resonant frequency of the counterclockwise rotating mode.

Combining the rate at which the magnetic field drained away with details of the flare's energy from RHESSI provides a «significant» new constraint for models of how flares are triggered, Kosovichev says.

AMPERE took a major step toward real - time measurements in August when Boeing created a new data pathway for transferring AMPERE magnetic field samples from Iridium's satellites at a rate of every two to 20 seconds.

The researchers were able to alter the rate at which they released the drops, and by changing the strength of the magnetic field they could also adjust the velocity of the drops.

As it gradually slows down, this pulsar sheds energy along the axis of its intense magnetic field at a fantastic rate.

This period covers three of the Sun's 11 - year activity cycles, which see fluctuations in the rate at which energetic particles are created by the interaction between the Sun's magnetic field and its hot, highly charged outer layers.

Obviously, Figure 9 shows that 40 kyrs ago the earth's magnetic field intensity was 75 % less (2 × 10 ^ 22Am ^ 2) than the geomagnetic field's current intensity (8 × 10 ^ 22Am ^ 2) and that the earth's magnetic field intensity peaked at around (12 × 10 ^ 22Am ^ 2) and has dropped 30 % in the last 1000 years and that the geomagnetic field intensity is now dropping at the rate of 5 % / 100 yrs.

The records document that the Laschamp Excursion was characterized locally by (1) declination changes of ± 120 °, (2) inclination changes of more than 140 °, (3) ~ 1200 - year oscillations in both inclination and declination, (4) near 90 ° out - of - phase relationships between inclinations and declinations that produced two clockwise loops in directions and virtual geomagnetic poles (VGPs) followed by a counterclockwise loop, (5) excursional VGPs during both intervals of clockwise looping, (6) magnetic field intensities less than 10 % of normal that persisted for almost 2000 years, (7) marked similarity in excursional directions over ~ 5000 km spatial scale length, and (8) secular variation rates comparable to historic field behavior but persisting in sign for hundreds of years.

The slow rotation rate is probably attributable to the braking action of magnetic fields that thread through the core and its envelope.

Previous estimates of pulsar ages have assumed that all pulsars are born spinning much faster than we see them now, that the physical characteristics of the pulsar such as its mass and magnetic - field strength do not change with time, and that the slowdown rate can be estimated by applying the physics of a magnet spinning in a vacuum.

We propose that in Gamma - Cas the magnetic field emerges from equatorially condensed subsurface convecting layers the thickness of which steeply increases with rotation rate and that Gamma - Cas and its analogs are the most massive and closest to critical rotation Be stars △ Less

Axial analysis of alignment during defecation in all dogs (pooled data or mean vectors of particular dogs sorted into three categories according to the rate of changes of magnetic field declination)

Similarly to the solar magnetic modulation, high geomagnetic field intensity decreases the flux of galactic cosmic rays and radionuclide production rates and the opposite for low geomagnetic field intensity.

As I understand it, the basic theory is that incoming charged particles provide additional cloud condensation nucleii (like the cloud chambers used as detectors in early subatomic physics), that the rate of incoming particles is modulated by the magnetic fields of the sun and earth, and that therefore the amount of cloud cover varies with the particle flux, which in turn drives climate, so we can stop worrying about CO2.

Is the constant rate assumption a good one in the light of the solar magnetic field shielding us from cosmic rays when it is stronger?

An alternative recorder for past geomagnetic field changes are cosmogenic radionuclide production rates, which are modulated by variations of both the solar magnetic field strength and the geomagnetic field intensity.

Obviously, Figure 9 shows that 40 kyrs ago the earth's magnetic field intensity was 75 % less (2 × 10 ^ 22Am ^ 2) than the geomagnetic field's current intensity (8 × 10 ^ 22Am ^ 2) and that the earth's magnetic field intensity peaked at around (12 × 10 ^ 22Am ^ 2) and has dropped 30 % in the last 1000 years and that the geomagnetic field intensity is now dropping at the rate of 5 % / 100 yrs.

The records document that the Laschamp Excursion was characterized locally by (1) declination changes of ± 120 °, (2) inclination changes of more than 140 °, (3) ~ 1200 - year oscillations in both inclination and declination, (4) near 90 ° out - of - phase relationships between inclinations and declinations that produced two clockwise loops in directions and virtual geomagnetic poles (VGPs) followed by a counterclockwise loop, (5) excursional VGPs during both intervals of clockwise looping, (6) magnetic field intensities less than 10 % of normal that persisted for almost 2000 years, (7) marked similarity in excursional directions over ~ 5000 km spatial scale length, and (8) secular variation rates comparable to historic field behavior but persisting in sign for hundreds of years.

Optoma packed a bunch of features into the BE Free8, including an IPX5 rating for weather and water resistance, near - field magnetic induction, as well as 6 mm dynamic drivers paired with the company's own proprietary Sonic coating.